? Information about this class is as follows:
FREE IN-DEPTH CREO TRAINING – ONLINE
Content:
– Top-Down design application in design with Creo Parametric
– Data management on Windchill with Creo Parametric software
Time: 7pm to 9pm on Thursday (December 19, 2024)
Form: Online
Quantity: Maximum 100 people
Scan the QR code in the image or click on the link below to register. nha:
https://tinyurl.com/5a4fmeb8
#learn_Creo #CCS #Free #learn_Creo_online #PLM #Windchill

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The selected surfaces will be transformed and attached to the remaining geometry through automatically created side faces. This allows to create the desired geometry more quickly and easily in a number of geometric situations.

The new option covers situations where previously the system could not generate a geometrically attached solution, and users can now more quickly and easily create geometry from surfaces with imprinted edges.

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Creo+ now supports the ability to manage company configurations in the cloud through PTC’s SaaS platform, Atlas. We provide a new admin mode that allows CAD Admins to upload, create, and edit customisable configurations for the admin’s organisation, including config.pro, config.sup, customization.ui and mapkey.pro for the whole organisation, the profile, or the individual user. Admins can enforce these settings for their users and may choose to lock them so the end user can’t modify them. These settings are saved in the cloud. This allows CAD Admins to configure options at-scale much more efficiently than before.

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Advancing quality management through PLM technologies

Best-in-class industrial leaders are driving a transformative shift in addressing quality management. These forward-looking organizations are leveraging cutting-edge technologies to enhance efficiency and effectiveness. Through digital transformation, quality management benefits from advanced data analytics, cloud-based systems, machine learning, and artificial intelligence, leading to more informed decision-making and proactive problem-solving. It also mitigates compliance risks by ensuring adherence to industry standards and regulations. While these solutions are helping the best-in-class extend their advantage over competitors, the journey toward digital transformation is not without its challenges. Let’s explore the nuances of digital transformation in quality management, its impact, and how to avoid obstacles that lie ahead.

What is digital transformation in quality management?

Digital transformation in quality management refers to the integration of digital technologies into all aspects of quality control processes, fundamentally changing how businesses operate and deliver value to customers. The best-in-class recognize this transformation as a top priority because it helps ensure the following outcomes:

Enhanced customer experience

By leveraging digital transformation, organizations can create significant value for the customer experience. With 3D technologies, customers and suppliers can collaborate on product development across countries and continents. Real-time data access allows monitoring of production and after-sales processes, leading to better customer experiences.

Technologies like 3D modeling enable collaboration across borders and enhance product development. Access to real-time data ensures that production and after-sales services are constantly monitored and improved, leading to an exceptional customer experience. This aligns with the benefits of cloud-based quality management systems, which allow for continuous improvement and process standardization and are accessible from anywhere, thus ensuring high standards and efficient processes.

Quality control and assurance

The adoption of digital technologies minimizes human error in quality management. Quality managers can use digital tools to improve quality control and assurance processes. Quality managers can utilize digital tools to bolster quality control and assurance processes, which is a testament to the benefits of advanced data analytics and increased machine learning in digital quality management (DQM) systems. These tools provide predictive insights and automate quality checks, ensuring higher accuracy and reliability.

Cloud-based quality management systems

These systems facilitate continuous improvement efforts, process standardization, compliance, and other quality initiatives from any location. In addition to upholding high standards and efficient processes, quality management often serves as a catalyst for additional digital transformation.

What is the impact of digital transformation in quality management?

Digital transformation and quality management are a mutually beneficial combination, having several positive impacts on a given organization:

• Efficiency and automation: Digital tools streamline processes, automate repetitive tasks, and reduce manual errors. This efficiency translates to better quality control and faster response times.
• Data-driven decision making: Real-time data collection and analysis allow quality managers to make informed decisions. Predictive analytics can identify potential quality issues before they escalate.
• Collaboration and communication: Digital platforms enable seamless collaboration across teams, suppliers, and customers. Quality-related information can be shared instantly, bolstering communication and fast problem-solving.
• Traceability and compliance: Digital systems track product lifecycles, ensuring traceability from raw materials to end-users. This makes compliance with industry standards and regulations much easier to maintain.
• Continuous improvement: Digital tools facilitate continuous improvement initiatives. Quality managers can monitor performance metrics, identify bottlenecks, and implement corrective actions.

Digital transformation enhances quality management by promoting efficiency, data-driven insights, collaboration, and compliance. Discover the importance of digital transformation and its strongest drivers for success on PTC’s Industry Insights.

The capabilities of quality management achieved through digital transformation

Quality management is hardly a new discipline, but digital transformation is a game changer for quality management systems. It introduces a multitude of benefits that enhance the overall efficiency and effectiveness of a manufacturing environment. These benefits collectively contribute to a robust quality management system that is resilient, responsive, and capable of driving continuous improvement. They ensure that quality management is not just a compliance activity but a strategic advantage that can lead to better products, satisfied customers, and a stronger market position.

Advanced data analytics

The integration of advanced data analytics into quality management allows for a deeper understanding of processes and outcomes. It enables the identification of patterns and trends that can lead to more informed decision-making and proactive measures to maintain high-quality standards.

Cloud-based quality management systems

Cloud-based solutions offer scalable and flexible platforms that can be accessed from anywhere at any time. This ensures that quality management processes are not confined to a single location and can adapt to the dynamic needs of the business.

Increase in machine learning

Machine learning algorithms can predict potential quality issues before they occur, allowing for preemptive action to be taken. This not only saves time and resources but also helps in maintaining a consistent quality of products or services.

Artificial intelligence

As artificial intelligence (AI) becomes more prevalent, it’s important to structure your data for AI consumption. Some anticipated AI applications include automating complex quality management tasks, reducing the need for manual intervention, and providing insights to support continuous improvement efforts.

How does digital quality management mitigate compliance risks?

Digital quality management systems significantly mitigate compliance risks by integrating various compliance-related processes and ensuring adherence to regulatory standards. Through DQM solutions, compliance is not just a one-time check but an integrated part of the quality management process, thereby significantly reducing the risk of non-compliance and the associated penalties.

Streamlined compliance management

DQM systems provide a centralized platform for managing all compliance-related activities, ensuring that nothing falls through the cracks. This includes tracking regulatory changes, managing documentation, and ensuring that all processes are up to date with the latest compliance requirements.

Proactive risk identification

By leveraging advanced data analytics, these systems can identify potential compliance risks before they become issues. This proactive approach allows organizations to address risks promptly and avoid non-compliance.

Automated documentation

Digital systems automate the creation and maintenance of essential compliance documents, reducing the risk of human error and ensuring that all necessary documentation is accurate and readily available for audits.

Enhanced traceability

With a DQM system, every aspect of the product lifecycle is traceable. This provides a clear audit trail from design to delivery that can be easily accessed during inspections.

Continuous improvement

Digital transformation enables a culture of continuous improvement, where insights from data analytics and machine learning are used to refine and enhance existing processes. This not only improves quality but also ensures that compliance is maintained as processes evolve.

What challenges are faced when implementing digital transformation in quality management?

Implementing digital transformation in quality management presents a set of challenges that organizations need to navigate carefully to ensure a successful transition. Fortunately, once we identify and anticipate potential bottlenecks, it’s much easier to avoid them.

• Cultural resistance: Change can be difficult, and there may be resistance from employees who are accustomed to traditional methods. Overcoming this requires effective change management and communication strategies.
• Data integration: Ensuring data consistency and quality across different systems, such as ERP and PLM, can be complex. Discrepancies can lead to errors and inefficiencies.
• System compatibility: Integrating new digital tools with existing systems can be challenging, especially if the current infrastructure is outdated or incompatible with new technologies.
• Training and skill development: Employees must be trained to use new digital tools effectively. This can be time-consuming and requires investment in skill development but is nonetheless critical to digital transformation success.
• Cybersecurity risks: The increased use of digital systems raises the risk of cyber threats. Organizations must implement robust security measures that scale with their digital transformation efforts in order to protect sensitive data.
• Cost: Implementing digital transformation initiatives can be costly, and organizations must ensure they have the budget to support the transition and ongoing maintenance.
• Regulatory compliance: Maneuvering the complex regulatory landscape and ensuring that DQM systems comply with all relevant laws and standards is crucial.

These challenges highlight the importance of a well-planned and executed digital transformation strategy that removes or minimizes these potential hurdles. Part of that planning is careful vetting of technologies that can deliver the best outcomes while addressing these potential challenges.

How does digital transformation in quality management impact different industries?

Each industry has unique challenges and opportunities, requiring a similarly distinct digital transformation journey. Whether it’s enhancing the driver experience in automotive, or enabling digital thread in industrial equipment, the common goal is improving quality management to achieve better products, services, and business outcomes.

Automotive

Digital transformation is reshaping the automotive industry by introducing electric vehicles, advanced driver assistance systems, software-defined cars, and new in-vehicle displays. Through digital transformation, the automotive industry can improve product quality by enabling better collaboration across teams and enhancing product development with technologies like 3D modeling and PLM.

Medical devices

For medical devices, digital transformation helps manage increasing complexity, competitive pressures, and regulatory compliance. It enables medical device companies to innovate and accelerate speed to market while managing documentation and compliance demand—which is particularly important given the stringent regulations in this industry.

Industrial equipment

In the industrial equipment sector, digital transformation in quality management facilitates workforce adaptation to new digital ways, orchestrates ecosystems for successful execution, and helps achieve value quickly with scalable solutions. Electronics and High-Tech The electronics and high-tech industry benefits from digital transformation through real-time production performance monitoring, enterprise plant benchmarking, and scalable production management. These advancements are crucial for improving quality and accelerating time to market, which is essential for success in this rapidly evolving sector.

Oil and gas

Digital transformation in quality management within the oil and gas industry can lead to smarter capital projects, better equipment health monitoring, and more efficient operations that align with environmental and economic goals. It also supports workforce adaptation and the industry’s move toward decarbonization.

Aerospace and defense

In the aerospace and defense industry, digital transformation enhances the entire product lifecycle through a digital thread by improving both compliance and complexity and enabling predictive maintenance. It also increases workforce efficiency and impacts service organizations by improving maintenance quality and speed, while aiding in cost management and strategic planning.

Retail

Meeting customer expectations, delivering individualized experiences at scale, and operating at market speed are critical for the retail space. Digital transformation in quality management helps reduce cycle time, understand customer usage patterns for better product designs, and manage complex supply chains to maintain customer loyalty and stay competitive.

Achieve better quality through digital transformation

Go beyond the average benefits of a quality management system by empowering your quality initiatives through digital transformation. A PLM platform is the best approach to quality through digital transformation by supporting change management efficiency, fast responses to internal and market pressures, and improved product quality. PLM can also enable global teams to collaborate through shared product information, ultimately driving superior business performance.

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PTC launched Creo 11, the new version of its desktop CAD software, and updated its cloud counterpart Creo+. The new release offers a slew of improvements that longtime users will appreciate, according to the developer.

“Creo 11 and Creo+ deliver enhancements that design engineers will use every day,” said Brian Thompson, general manager of Creo at PTC, in the Creo 11 announcement.

Here’s a brief rundown of the main enhancements for design, simulation, manufacturing, collaboration and more. For users seeking a deeper dive, PTC will be hosting a launch webinar on May 15, 2024 to demonstrate the new release.

Multi-body concepts

PTC Creo 11 allows designers to work with multiple sheet metal and regular bodies in the same design, which PTC says will improve their ability to design sheet metal parts in context.

Shrinkwrap update

An updated Shrinkwrap feature allows Creo 11 users to transfer solid bodies from parts of an assembly into a single multi-body part, which PTC says will make working with complex designs easier and faster.

Enclosure volume update

PTC has optimized the enclosure volume feature in Creo 11, which allows users to calculate the minimum bounding box of a part or assembly for packaging.

Improved cabling tools

Creo 11 is better at manipulating cable locations, which can now be placed tangent to any coordinate system. Additionally, PTC says it’s made the remove locations tool easier to use, and made it easier to place custom components and splices. The new release also allows harness settings to be changed during routing, and it improves the cabling tree with greater visibility into harness structure and cabling entities.

ECAD transparency control

Creo 11 now allows designers to control the transparency of overlapping ECAD layers to improve visibility into their PCB designs.

Improved composite design

PTC says it’s expanded Creo’s composite design, simulation and manufacturing capabilities with new functionality for transitions, laminate sections and draping simulations. Designers can use zone-based design to automatically build plies from zones, and now have access to enhanced manufacturing capabilities including extended ply boundaries, core sampling, and the ability to export to laser projection systems.

More powerful MBD tools

Creo 11 has better model-based definition (MBD) tools that allow users to organize design data in simple, human readable tables. The new release also makes it quicker to create MBD annotations for cylindrical features. PTC has also updated Creo’s GD&T advisor to support the ISO 22081 standard for general tolerances.

Better generative design

Creo 11’s generative design capabilities have been enhanced with support for bearing loads and constraints for planar symmetry and minimum feature size.

Simulation enhancements

The Ansys-powered Creo Simulation Live now includes expanded results for all studies. It also adds conjugate heat transfer, which will allow designers to simulate heat transfer between solid geometry and fluid bodies. Creo Simulation (a separate package) now offers transient structure analysis.

Manufacturing improvements

Both additive and subtractive manufacturing have been enhanced in Creo 11. On the additive side, users can now connect multiple lattices with different cell types with a single, continuous lattice structure, and adjust pore size for stochastic lattices. Creo 11 has also expanded its 3MF and STL export options. For subtractive manufacturing, Creo 11 now features 4-axis rotary milling, plus improvements to both trajectory milling and the 4-axis area turning interface.

Creo+ updates

Creo+, the Software-as-a-Service (SaaS) version of Creo, was updated today alongside the Creo 11 launch. In addition to the core Creo enhancements, Creo+ received a few cloud-only improvements. PTC says the collaboration features of Creo+ are now easier to use, and now include support for mechanism assemblies. The SaaS software also received a few usability enhancements to monitor and report network connectivity and define shortcuts to launch Creo+.

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PTC is excited to unveil Creo 11, the newest update to our award-winning CAD system. This exciting update is full of customer-driven improvements—including numerous usability enhancements, productivity tools, and innovative technologies—that will help you deliver your best designs in less time.

With improvements that make every day more productive and every product more innovative, Creo 11 will help take your product-development process to the next level. Included in the latest version are enhanced tools for managing, manipulating, and understanding CAD models, as well as a wide range of enhancements for electrification, composites, model-based definition (MBD), simulation-driven design, and both additive and subtractive manufacturing.

There are also exciting updates to our SaaS offering, Creo+, that combine the power and functionality of Creo 11 and add innovative cloud-based tools that enhance collaboration, improve accessibility for engineers, and simplify CAD administration. Creo+ is upward-compatible with on-premises versions of Creo for better interaction with engineering colleagues and suppliers.

Read on to learn more about this exciting release!

Productivity and usability

Creo 11 will make it easier and faster for design engineers to do their jobs with a host of updates to areas like multibody design, surfacing, and model-tree management. Productivity and usability updates include:

• Improvements to multibody design workflow including support for the multibody design of sheetmetal parts
• Faster and more flexible definition of multiple projected point references with improved Spot welding
• Faster, more comfortable selection of many surfaces with support for Box, Lasso, and Trace selection as well as selection priority for Quilts
• Easier creation of simplified models with a Shrinkwrap option to collect bodies from a referenced assembly into a part
• Packaging optimization with pick-up enclosure volume information

Design for composites

With Creo 11, you can leverage composite materials to ensure the strongest and lightest results possible. Creo 11 allows you to:

• Explore expanded functionality for transitions, laminate section, and draping simulation, making it easier to manage and visualize plies
• Apply conceptual top-down composite design using zone-based regions and zone stack recipes to automatically create plies
• Get more flexibility during composite design and preparation for manufacturing as well as better clarity on the ply book drawing
• Increase composite product quality through support of leading laser projection formats

Design for electrification

Electrification is becoming a key initiative for many industries. Creo 11 has improved design tools for cables, harness, and PCBs design to help you create and manage wiring, harnesses, and circuit boards.

These tools will allow you to:

• Access the remove locations capability to get a dynamic preview in the graphics area, expanded filtering, and Undo/Redo options with cabling
• Change harness settings during routing, with the cabling tree updated for greater visibility of harness structure
• Get more flexibility to control the transparency of various layers in ECAD with improved context data visibility

Model-based definition and digital thread

Creo 11 gives you numerous powerful MBD tools that provide great clarity with less effort:

• Quickly and easily organize data in simple tables. Get access to flat-to-screen or annotation planes and support for parameter callouts
• Enhance search precision and efficiency with semantic query for inheritance models
• GD&T Advisor has been enhanced with support for ISO 22081 for indication of general tolerances and combined simplified hole callouts for ISO models
• Creo 11 supports export of STEP AP242, edition 3. This ISO standard for data exchange enables seamless sharing of 3D models along with associated semantic product manufacturing information. (Available in an upcoming maintenance release)

Simulation and optimization

Improve your products with enhanced simulation-driven design tools and get options you might have never considered. Creo 11 includes updates to:

• Creo Simulation Live: Support for conjugate heat transfer between solid geometry and fluid bodies
• Creo Ansys Simulation Advanced: Support for transient structural simulation (time dependent boundary conditions)
• Generative design: Additions include minimum feature size constraints, bearing load support, and planar symmetry constraints

Manufacturing

Creo 11 brings improvements for both additive and subtractive manufacturing, making it easy for you to deliver high-quality manufacturable products.

Additive manufacturing:

• Create complex lattices with a new lattice command to connect two or more separate lattices
• Get additional flexibility with expanded capabilities for stochastic lattices and the ability to adjust Simplified lattices using Warp

Subtractive manufacturing:

• High-Speed Milling now supports 4-Axis rotary roughing and finishing toolpaths
• Additional Area turning capabilities have been added to 4-Axis

Creo 11 offers a wealth of improvements to help you and your team improve productivity, quality, and innovation. From productivity tools that you will use every day, to simulation-driven design tools and innovative composite design tools, Creo 11 provides the capabilities you need to help you deliver your best designs in less time.

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The PTC Creo Essentials Package is our most popular package for SMBs, combining parametric and direct modeling into one powerful bundle that supports you and your team in designing parts and assemblies.Our Most Popular Design Package for Small to Medium Sized Businesses. Creo Essentials Package includes added tools for more powerful surfacing, sheet metal, plastic, renderings, animations, and more.

Instant Benefits:

• Deliverprojects on-time with proven product development capabilities
• Acceleratetime-to-value with rich learning tools.
• Reduceproduct issues with built-in analysis tools.

What’s in Creo Essentials?

3D Part and Assembly Modeling

• Create precise geometry, regardless of model complexity
• Quickly build robust engineering features such as rounds, chamfers, holes, and more
• Create design variants using family tables
• Detect static and dynamic interference

Automatic 2D Drawing Creation & Update

• Create 2D and 3D drawings according to international standards, including ASME, ISO and JIS
• Automate the creation of drawings with templates
• Automatically create associative bill of materials (BOM) with balloon notes

Unmatched Multi-CAD Data Exchange Capabilities

• Using Unite technology, easily handle data from other CAD systems including: CATIA®, Siemens® NX™, SolidWorks®, Autodesk Inventor®, and Solid Edge®
• Work with a number of standard file formats including STEP, IGES, DXF, STL, VRML, AutoCAD DWG, DXF (import of 3D with associated 2D), ACIS import/export, Parasolid import/export
• Incorporate non Creo data directly into your designs without creating additional business objects or files to manage

Direct Modeling

• Combine the power and control of parametric modeling with the speed and flexibility of extensive direct modeling capabilities
• Make changes to Creo data regardless of design intent
• Modify non Creo data regardless of origin (SolidWorks, STEP, etc.)
• Recognize rounds, chamfers, patterns, and symmetry on imported geometry
• Create or recreate design intent and record edits as features

Assembly Management & Performance Tools

• Enjoy smarter, faster assembly modeling performance
• Load large assemblies quickly using lightweight representations
• Modify non Creo data regardless of origin (SolidWorks, STEP, etc.)
• Create simplified representations ‘on-the-fly’
• Share lightweight yet fully accurate model representations using the unique Shrinkwrap™ tool

Parametric & Freestyle Surface Design

• Develop complex surface geometry using sweeps, blends, extends, offsets, and freeform surfacing
• Quickly create freeform shapes and surfaces using sub-divisional modeling capabilities
• Parametrically control Freestyle geometry by aligning to existing curves or edges with tangency control
• Trim/extend surfaces using tools such as extrude, revolve, blend, and sweep
• Perform surface operations such as copy, merge, extend and transfer

Sheet Metal Design

• Easily create walls, bends, punches, flanges, forms, and reliefs using the streamlined user interface
• Automatically generate flat patterns from 3D geometry
• Dynamically preview formed and flattened sheetmetal designs simultaneously
• Easily convert solid parts to sheetmetal
• Simply define sheetmetal design parameters, e.g., bend allowances

Mechanism Design

• Create mechanical connections and simulate and capture realistic motion on assemblies
• Validate the kinematic motion of your design
• Establish motion envelopes to detect and avoid dynamic interferences

Plastic Part Design

• Comprehensive analysis tools for plastic part designers
• Draft check and 3D thickness evaluation
• Mold filling simulation capabilities
• Integrated measurement tools

Structural Framework and Weld Design

• Optimized user interface for the structural framework design process
• Extract valuable information from the model, such as mass properties, clearances, interferences, and cost data
• Easily produce complete 2D weld documentation

Standard Parts Libraries

• Complete library of parts, features, tools, and more
• Fully integrated fastener library
• Integrated web-based component catalog
• Downloadable predefined parts and symbols using J-Link programmatic interface
• Quick-to-position and insert fasteners and associated nuts, washers etc. using intelligent fastener capability

Rendering and Animation

• Create accurate, photorealistic images of products quickly
• Shade with reflections for displaying different material classes such as metal, glass, paint, and plastic
• Create assembly/disassembly animations directly from the modeling environment

3D Annotations

• Streamlined user interface for 3D annotations
• Tools to create 3D annotations based on existing model dimensions
• Symbols and 3D notes to support model based definition activities
• Print and Print Preview user interface

Rich, Embedded Learning Tools

• Tutorials and help topics to help users get up to speed quickly
• Integrated tutorials with PTC Learning Connector™, all available in context as needed
• 200+ free tutorials, available online through PTC Learning Exchange
• Embedded command finder for quickly locating capabilities in Pro/ENGINEER and SolidWorks®

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Creo Sketch is a free 2D CAD application that offers the easiest way for anyone to quickly sketch out product design ideas and share them electronically with customers, suppliers and coworkers. It lets you add color and other visual enhancements to transform quick sketches into finished artwork. What’s more, 2D images created with this app can be imported into other Creo apps and used as the basis for improved 3D CAD designs. By capturing ideas digitally that can be used as trace sketches and developed further in CAD, you can increase innovation, enhance collaboration and get winning product designs to market faster.

Creo Sketch Features and Benefits:

• Replace traditional hand-drawn sketches for concept design, industrial design, illustrations and design reviews
• Create compelling, finished artwork easily by adding color or other special effects to sketches
• Leverage 2D sketch data in other Creo apps such as Creo Parametric
• Use sketches in conjunction with tablet devices to further increase production speed, convenience and productivity
• Enable marketing, suppliers, customers and designers to communicate their ideas more easily, including those using Apple OS

Download the Creo Sketch Datasheet

Introducing Creo Sketch

Creo Sketch gives users the ability to quickly draw and communicate their product ideas. This fast, easy-to-use freehand 2D sketching application helps more people get involved and contribute to the product development process.

Source: ptc

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Calculations are the heart of your engineering information. You and your team must be able to find, reuse, and share this important intellectual property. But how often have you been forced to hunt through a collection of spreadsheets, code, and notebooks to uncover what you need – and then schedule more time to have someone explain it? Assuming that employee is still with the company.

PTC Mathcad has all your engineering notebook’s ease-of-use and familiarity – combined with live mathematical notation, units intelligence, and powerful calculation capabilities. This engineering math software allows you to present your calculations with plots, graphs, text, and images in a single document. Nobody needs specialized skills to understand PTC Mathcad data, and now that your intellectual property has been preserved, you can leverage it for other projects.

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